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University of Eastern Finland


New synthesis method developed at UEF opens up new possibilities for Li-ion batteries

Researchers at UEF have developed a new synthesis method for Li-ion batteries, which uses readily available materials, is safe to dispose of, and has significantly longer cycle lifetimes. The new method solves the low electric conductivity problem, promising applications in fast-charging electric buses and high-power hybrid vehicles.

SourceUniversity of Eastern Finland·JournalJournal of Alloys and Compounds·DateFeb 17, 2016

Infrared thermography can detect joint inflammation and help improving work ergonomics

A study from the University of Eastern Finland found that infrared thermography can detect joint inflammation in ankle joints, but not knee joints. The technique also showed potential in evaluating office ergonomics and assessing musculoskeletal conditions, which could ease the workload in specialized healthcare and reduce costs.

SourceUniversity of Eastern Finland·JournalPhysiological Measurement·DateOct 1, 2015

Active senior travelers have different approaches to technology

A study by the University of Eastern Finland found that active senior travelers can be divided into three groups: Adventurous Experimenters, Meticulous Researchers, and Fumbling Observers. The use of technology is closely linked to travel behavior, and each group has unique preferences for destination choice and information technology ...

SourceUniversity of Eastern Finland·JournalInformation Technology & Tourism·DateSep 28, 2015

Nerves move to avoid damage

New research reveals neural movements can be measured and predicted using non-invasive techniques, helping explain widespread syndromes like carpal tunnel syndrome and sciatica. The study highlights the importance of preserving free movement of neural structures to maintain an asymptomatic situation.

New EEG electrode set for fast and easy measurement of brain function abnormalities

A new, easy-to-use EEG electrode set was developed to quickly attach on patients, reducing electromagnetic interference and allowing rapid diagnosis of severe brain function abnormalities. The set consists of 16 hydrogel-coated electrodes placed on hair-free areas, making it suitable for emergency care and field conditions.

SourceUniversity of Eastern Finland·JournalJournal of Neuroscience Methods·DateSep 24, 2014